【授課方式：16+2週】彈性教學2週以參與相關展演為主，學期初會將舉辦的展演日期及參與方法公告，鼓勵學生參與相關活動。

【本課程的公告、作業及期末考繳交均以 Google Classroom 為主要平台。所有學生必須使用課程代碼加入該平台，未加入者將以0分計算。113-1學期課程代碼為：qmonoty。亦可透過以下邀請連結加入課程：https://classroom.google.com/c/NjkxNzUyMzAxNDcw?cjc=qmonoty】

進階電腦音樂（一）

◎課程內容：

    此課程MaxMSP軟體的教學方式，主要是以作曲、音樂家為出發導向的教學法，依照作曲、音樂家需求進行程式的編寫，近一步的達到展演需求所需之軟體編寫規畫內容。

    以初階之樂理概念，帶入MaxMSP 軟體內不同物件的使用方式，並帶領學生以需求、電子音樂演奏之形式回推使用物件的各種組合路徑，並分析各種路徑之成效。

◎課程進度：

    學期課程介紹、MaxMSP軟體應用領域及可能性

    MaxMSP 介面、MIDI簡介及基礎物件分類

    基礎物件連結、介面測試、控制器連結

    節奏、拍子物件與音高

    抽象化 Abstraction 及 Patcher使用方式差異

    隨機物件及使用方法

    延遲 Delay 物件應用

    期中考

    搜集 Collection物件應用

    數值比較物件

    聲音物件應用

    各種波形發生器及過濾方法

    訊息Message 及 自動化 Automation

    期末程式設計

    期末程式評量及討論

◎同學需自備耳機、電腦及 MaxMSP 軟體

◎評分標準：

    出缺席率：20%

    期中考：30%

    期末考：50%

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【16+2 weeks】16 weeks of regular classes plus 2 weeks for participating in related performances. At the beginning of the semester, the dates of performances and participation methods will be announced to encourage students to participate in related activities.

【All course announcements, assignments, and final exam submissionswwill be managed primarily through Google Classroom. All students must join the platform using the course code; failure to join will result in a grade of 0. The course code for the 113-1 semester is: qmonoty. Alternatively, you can join the course using the following invitation link: https://classroom.google.com/c/NjkxNzUyMzAxNDcw?cjc=qmonoty】

Advanced Electronic Music (I) 

◎Course Description:

    Teaching of MaxMSP software in this course is mainly based on composition and musician-oriented teaching methods. The curriculum focusses on the needs of composers, composition and musicians, and the software preparation and planning required.

    Using basic conceptualisations of music theory ("solfège"), we introduce the use of different tools and functions ("objects") within the MaxMSP software, and lead students to deduce the various combinations of "objects" against the backdrop of the demand and electronic music performance per se, and analyze the effects of various "paths".

◎Course Curriculum:

    Semester course introduction, MaxMSP software application fields and possibilities

    MaxMSP interface, MIDI introduction and basic object classification

    Basic object connection, interface test, controller connection

    Rhythm, beat objects and pitch

    Different applications of Abstraction and Patchers

    Random objects and their applications

    Delay objects and their application

    Midterm exam

    Collection objects and their application

    Numerical comparison objects

    Audio signal objects and their application

    Various waveform generators and filtering methods

    Message and Automation

    End-of-semester programming project

    Final programme evaluation and discussion

◎Participants should be equipped with a computer, headsets and MaxMSP software.

◎Grading Criteria:

    Class attendance and participation: 20%

    Midterm exam: 30%

    Final programme evaluation: 50%

自訂教材

Custom teaching materials